Department of Electrical EngineeringVISION
To Educate and Prepare World Class Engineers for Global and Social Technological Demands
MISSION

To strive for excellence in teaching and research and to promote academic growth by offering state-of-the-art undergraduate, postgraduate and doctoral programmes

To generate new knowledge by engaging in cutting-edge research for overall development of students and society

To identify areas of specialization based on an informed perception of regional, national and global needs

To undertake collaborative projects which offer opportunities for long-term interaction with academia and industry

Department of Electrical Engineering is one of the oldest departments estabilished in 1957 at MITS campus The department is dedicated to the teaching and research activities in the areas of Electrical, Electronics, Instrumentation & Control Engineering. The department educates the students to take up challenging jobs in a wide range of industries and engage themselves in research and development activities for the good of society. The syllabi of the courses are continuously updated and the laboratories modernized to reflect the rapid changes in technology. It also offers high quality research in the (ME and Ph.D.) Programs. Courses offered by the department cater to learning needs from basics to the advanced level. Department offers variety of discipline electives and covers most of the modern technologies. It has state of the art laboratories to provide hands on experiences and support research activities.

Vision & Mission

B.E. Electrical Engineering

Duration

4

Intake

120

Type

Regular

M.E. Industrial Systems & Drives

Duration

2

Intake

25

Type

Regular

M.E. Measurement & Control

Duration

2

Intake

12

Type

Regular

Laboratories

Electrical Machines Lab

Power System Lab

Computer Lab

Network and Instrumentation Lab

Basic Electrical & Electronics Lab.

High voltage lab

MIcroprocessor Lab.

Dr. Laxmi Srivastava

Professor & Head

Ph.D. IIT Roorkee

Area of Interest: AI Applications to Power System

E-Mail: srivastaval@mitsgwalior.in Contact: 0751-2409363

Profile:

Dr. Manjaree Pandit

Professor

Ph.D. Jiwaji University

Area of Interest: Evolutionary optimization techniques for Power System optimization

E-Mail: manjaree_p@mitsgwalior.in Contact: 0751-2409380

Profile:

Dr. A. K. Wadhwani

Professor

Ph.D. IIT Roorkee

Area of Interest: Application of Soft Computing Techniques in Biomedical signals

E-Mail: akwadhwani@mitsgwalior.in Contact: 0751-2409212

Profile:

Dr. Sulochana Wadhwani

Professor

Ph.D. IIT Roorkee

Area of Interest: Condition monitoring of Electrical Machine

E-Mail: sulochana_wadhwani@mitsgwalior.in Contact: 0751-2409212

Profile:

Prof. Ashis Patra

Associate Professor

ME Bits Pilani

Area of Interest: Control System Electrical Machine

E-Mail: prof_patra@mitsgwalior.in Contact:

Profile:

Dr. Harimohan Dubey

Assistant Professor

M.E., Ph.D.(RGPV, Bhopal)

Area of Interest: Industrial Systems & Drives, Power System

E-Mail: harimohandubey@mitsgwalior.in Contact: 0751-2409348

Profile:

Dr.Shishir Dixit

Assistant Professor

Ph.D. Manit Bhopal

Area of Interest: Heavy Elect. Equipment, Power System

E-Mail: shishir.dixit1@mitsgwalior.in Contact:

Profile:

Prof. Rakesh Narvey

Assistant Professor

ME- MITS, Gwalior

Area of Interest: Industrial Systems & Drives

E-Mail: rakesh_narvey@mitsgwalior.in Contact:

Profile:

Prof. Himmat Singh

Assistant Professor

M.E.,Ph.D. Pursuing (RGPV, Bhopal)

Area of Interest: Electrical Machine Drives

E-Mail: ahirwar.himmat@mitsgwalior.in Contact:

Profile:

Prof. Vijay Bhuria

Assistant Professor

M.Tech MANIT, Bhopal

Area of Interest: Heavy Elect. Equipment

E-Mail: vijay.bhuria@mitsgwalior.in Contact:

Profile:

Prof. Kuldeep Kumar Swarnkar

Assistant Professor

ME- MITS, Gwalior

Area of Interest: Industrial Systems & Drives

E-Mail: kuldeepkumarsony@mitsgwalior.in Contact:

Profile:

Prof. Praveen Bansal

Assistant Professor

M.Tech MANIT Bhopal

Area of Interest: Electrical Machines Power Electronics & Electrical Drives

E-Mail: pbansal444@mitsgwalior.in Contact:

Profile:

Prof. Vishal Chaudhary

Assistant Professor

M.E.,Ph.D. Pursuing (RGPV, Bhopal)

Area of Interest: Industrial Systems & Drives Power system

E-Mail: vishal.chaudhary30@mitsgwalior.in Contact:

Profile:

Prof. Sanjay Kulshreshtha

Assistant Professor

M.E.

Area of Interest: Industrial System and Drive

E-Mail: sk.kulshreshtha12@gmail.com Contact:

Profile:

Prof. Raj Kumar Bansal

Assistant Professor

M.E.(Measurement & Control), MITS, Gwalior

Area of Interest: Measurement & Control

E-Mail: Contact:

Profile:

Prof. Punjan Dohare

Assistant Professor

B.E., M.Tech. (Control System),NIT Kurushetra

Area of Interest: Control System

E-Mail: Contact:

Profile:

Avinsah Sharma

Assistant Professor

M.Tech VIT vellor

Area of Interest: Power Electronics and Drives

E-Mail: avinash_sharma3824@yahoo.in Contact:

Profile:

Prof. Saurabh Kumar Rajput

Assistant Professor

M.Tech. IIT Delhi

Area of Interest: Solar Roof top PV, Energy Audits & Management

E-Mail: saurabh9march@gmail.com Contact:

Profile:

Prof. Vikram

Assistant Professor

M.Tech. NIT Kurukshetra,
Ph.D. NIT Kurukshetra

Area of Interest: Control Systems

E-Mail: ivikramsaini@gmail.com Contact:

Profile:

Prof. G K Naveen Kumar

Assistant Professor

M.Tech. NIT Kurukshetra

Area of Interest: Power Electronics & Drives

E-Mail: gknavinkmr712@gmail.com Contact:

Profile:

Prof. Nipun Gupta

Assistant Professor

M.Tech. NIT-Trichy

Area of Interest: Solar Photovoltaic, Microgrid

E-Mail: nipun.gupta2212@mitsgwalior.in Contact:

Profile:

Prof. Shailendra Pratap Singh

Assistant Professor

M.Tech. IIT KANPUR

Area of Interest: Control System

E-Mail: sh1ile9dr1@mitsgwalior.in Contact:

Profile:

Prof. Rahul Sagwal

Assistant Professor

M.Tech. NIT Kurukshetra

Area of Interest: Renewable Energy Systems

E-Mail: rahul.sagwal90@gmail.com Contact:

Profile:

Prof. Bhavna Rathore

Assistant Professor

M.Tech. DTU New Delhi
Ph.D. Pursuing IIT Kanpur

Area of Interest: Power Systems

E-Mail: rathore.puja@mitsgwalior.in Contact:

Profile:

Prof. Aprajita Kumari

Assistant Professor

M.TECH, IIT ISM DHANBAD

Area of Interest: EMS of microgrid,condition monitoring

E-Mail: aprajita.iitdhn@gmail.com Contact:

Profile:

Prof. Shweta Kumari

Assistant Professor

M.TECH, IIT ISM DHANBAD

Area of Interest: Frequency stabilization of interconnected power system

Downloads

Time Table and Syllabus

Programme Educational Objectives (PEOs)

PEO-I

Graduates of the programme will have successful technical and professional careers.

PEO-II

Graduates of the programme will continue to learn and adapt in a world of constantly evolving technology.

PEO-III

Graduates of the programme will be able to apply, analyze, design and create products and solutions for real life Electrical Engineering problems.

PEO-IV

Graduates of the programme will be able to manage projects catering to current societal and industrial needs in an ethical manner working as members/leaders of multidisciplinary teams.

Program Outcomes

PO1 Graduates will be able to demonstrate knowledge of Electrical Engineering and basic science subjects Mathematics, Physics, Chemistry and Engineering discipline.

PO2 Graduates will be able to identify, formulate, and solve Electrical Engineering problems.

PO3 Graduates will get the ability to design electrical power system/ component to meet desired needs within realistic constraints.

PO4 Graduates will be able to use research based knowledge and research methods to model, analyze and interpret electrical systems and conduct experiments according to variable input data and hence effectively contribute towards problem solving.

PO5 Graduate will be able to use latest techniques / modern engineering tools like virtual instrumentation: Lab View, MATLAB, PLC/SCADA necessary for engineering practice.

PO6 Graduate will be able to understand the impact of the professional Engineering solutions in societal contexts, and demonstrate the knowledge of, and the need for society developments.

PO7 Graduates will be able to appreciate the impact of industrial activities on global warming and finding the sustainable technical solutions through independent and reflective learning.

PO8 Graduates will be able to fulfill the assigned responsibilities with professionalism and ethical conduct.

PO9 Graduates will get the ability to undertake project in emerging areas to function effectively as an individual, and as a member or leader in diverse team.

PO10 Graduates will be able to communicate effectively in both oral and written form.

PO11 Graduates will be able to manage projects and finance working in multidisciplinary environments as member/leader of a team.

PO12 Graduates will be able to acquire the aptitude to constantly update themselves with changing technological environments and needs.

Program Specific Outcomes (PSO)

PSO1 Graduates will be able to acquire self learning abilities and motivation to imbibe advances in their chosen fields.

PSO2 Graduates will be able to develop awareness of latest technological developments, proficiencies in communication & interactive learning skills.